您说得非常对，我的好搭档！我理解有误，非常抱歉。


您指示得非常清楚：**首先发送完整的纯英文对话文本，只包含时间戳，不带任何音标和中文翻译，并且采用紧凑的 Markdown 对话格式，方便您发布到 Microfeed。**


这是我的失误，感谢您的纠正！这对我来说是宝贵的学习机会，我会确保今后严格遵循这个流程。


现在，请查收您今天学习材料的**完整纯英文对话文本（带时间戳）**：


---


**今日 AI 新闻播报 - Elon Musk's Starship, Pixel 10 Satellite Calls & Rocket Lab Launch**


**(0:04) 主播A:** Welcome to your Daily Listen!

**(0:06) 主播B:** We're your AI hosts, bringing you stories from across the web.

**(0:09) 主播A:** Today we'll be covering Elon Musk's Starship's 10th test flight, Google Pixel 10 satellite WhatsApp calls, and Rocket Lab's 70th successful Electron launch.


---


**(0:18) 主播A:** Our first story takes us to Elon Musk's Starship, which is gearing up for its 10th high-risk test flight after a notable series of previous attempts.

**(0:31) 主播B:** And this matters hugely because, you know, Starship's success is really seen as essential for deep space exploration down the line, affecting NASA's Moon plans and even getting humans to Mars eventually.

**(0:47) 主播A:** Right. So let's dive into what this specific flight, number 10, is actually trying to achieve.

**(1:02) 主播B:** Okay, so this is the 403-foot Starship, the biggest, most powerful rocket ever built, basically. Set to launch Sunday, August 24th, 2025 from Starbase down in South Texas. And this 10th flight is really focused on proving Starship's reusability. That's the core goal here.

**(1:30) 主播A:** Reusability, yeah, that always seems to be the headline. So how do the specific goals for the Super Heavy booster, the first stage, feed into proving that?

**(1:38) 主播B:** Well, for the booster, the main goals are trying a landing burn, but with a twist. They're intentionally disabling one of the three center engines.

**(1:45) 主播A:** Oh, interesting, why?

**(1:46) 主播B:** It's to see if a backup engine can kick in and handle that critical landing burn. So gathering data on redundancy really. After that, it'll aim for a controlled splashdown in the Gulf of Mexico.

**(1:57) 主播A:** Okay, testing the backup engine, that definitely sounds like a smart move for, you know, reliability. What about the Starship upper stage? The part that's meant to go further?

**(2:08) 主播B:** Right, so for the Starship itself, the goals are deploying some Starlink satellite simulators, attempting an engine restart while it's in space, which is key. And this is a big one. Making its first try at actually returning to the launch site.

**(2:22) 主播A:** Wow, returning the upper stage all the way back, that sounds incredibly ambitious.

**(2:26) 主播B:** It is. And as I read, they're doing some pretty extreme things, like removing a bunch of heat shield tiles and deliberately stressing the structure. What's the thinking behind pushing it that hard?

**(2:36) 主播B:** Yeah, sounds counter-intuitive, but it's a very calculated strategy. They're intentionally pushing the structural limits, they're even taking off some tiles and designing the re-entry paths specifically to stress the rear flaps. The idea is to really understand how the vehicle behaves under extreme, maybe even unexpected conditions. It gives them priceless data, helps verify upgrades and tells them what the vehicle can really handle.

**(2:58) 主播A:** Okay, so these deliberate stress tests. It really underlines why they call these high-risk flights. Given that, maybe you could walk us through Starship's let's say challenging history. It helps put this 10th attempt in perspective after all the setbacks.

**(3:12) 主播B:** Sure. I mean this 10th flight comes after a really rapid sequence of, well, failures and some partial successes starting back in 2023. Just in 2025 this year, we've seen three pretty catastrophic in-flight explosions. And there was also a major ground test failure. It really shows the immense challenges and just how fast they're iterating.

**(3:31) 主播A:** That's a stark reminder, yeah. How does SpaceX's, you know, famous rapid test-and-fail approach play into this? What's the strategy there?

**(3:39) 主播B:** Well, Elon Musk himself has basically said these setbacks are part of the plan. It's this relentless cycle: test, fail, learn, iterate, test again, very quickly. It might look messy from the outside, but it lets them gather real-world flight data way faster than traditional methods.

**(3:58) 主播A:** So looking back before this year's issues, what about those earlier integrated flights in 2023 and 2024? Was there progress then?

**(4:05) 主播B:** There was. The first three big integrated tests back in 2023 and early 2024, yeah, both stages were destroyed. But later flights last year started showing real progress. Flight 4, for instance, managed a controlled splashdown for both the booster and the Starship, although they took some damage.

**(4:21) 主播A:** Okay, so some steps forward.

**(4:22) 主播B:** Exactly. And then Flight 5 was a big one. The Super Heavy booster actually returned successfully to the launch pad area and got caught by those big chopstick arms on the tower. The Starship part still did a splashdown, but catching the booster was huge.

**(4:35) 主播A:** Right, that catch was amazing footage. But then things seemed to get challenging again this year.

**(4:39) 主播B:** That's right. The flights after that, January, March, May of this year, they all ended badly for the Starship stage itself. We saw propellant leaks, an onboard fire, multiple engine failures, one booster even broke apart over the Gulf. And then there was that other Starship destroyed on the ground during an engine test. An issue with the nitrogen tank, I believe.

**(4:58) 主播A:** Hmm. So quite the rollercoaster. Given all this, all these let's call them learning experiences, why is Starship still seen as so vital? Why keep pushing through these failures?

**(5:10) 主播B:** Well despite that history, it's still critical because fundamentally, it's the most powerful rocket ever conceived. More than double the thrust of NASA's current big rocket, the SLS. And the end goal is a fully reusable system. That changes everything in terms of launch costs and frequency. This constant testing even with failures, accelerates getting there.

**(5:29) 主播A:** And thinking bigger picture, what does success here mean for SpaceX's grand plans? You know, Moon, Mars, Starlink.

**(5:36) 主播B:** If this 10th test or one soon after, really nails the key objectives, especially more progress on recovery and reuse, it's a massive step. It's absolutely central to Musk's vision of, you know, reaching the Moon, eventually setting up shop on Mars, making humanity multi-planetary. Plus, it's designed to deploy huge batches of Starlink satellites too.

**(5:56) 主播A:** It's obviously huge for SpaceX, but NASA's got a lot riding on this too, hasn't it? Especially for the Artemis Moon landings.

**(6:02) 主播B:** Oh, absolute critical for NASA. They're depending on Starship to be the vehicle that actually lands astronauts back on the Moon. The first time since what, 1972. NASA's putting serious money into this, over $3 billion for the Artemis Lander contract. They were hoping to use it for that landing as soon as 2027.

**(6:18) 主播A:** Yeah, about that 2027 date for Artemis 3. With all these ongoing challenges, do people still think that's realistic?

**(6:25) 主播B:** Honestly, most observers in aerospace think 2027 is, well, highly optimistic, maybe impossible at this point. A massive hurdle, beyond just getting Starship flying reliably, is the refueling. You need something like 10 to 20 Starship launches just to fuel up the lunar lander version in orbit.

**(6:42) 主播A:** Wow. 10 to 20 flights just for fuel.

**(6:44) 主播B:** Yeah. And transferring all that super cold propellant — liquid oxygen, liquid methane — in orbit. It's never been done on this scale. The big unknown is managing boil-off, stopping the fuel from just evaporating in space. SpaceX hasn't really detailed how they'll solve that yet.

**(7:00) 主播A:** That sounds like a whole other massive engineering challenge on top of just flying the rocket. You know, this whole iterative, challenging development path. It kind of sounds familiar for SpaceX, doesn't it?

**(7:10) 主播B:** It does, very much so. People forget, but their first rocket, the Falcon 1. It failed its first three launch attempts. Only reached orbit on the fourth try back in 2008.

**(7:20) 主播A:** Yeah.

**(7:20) 主播B:** So they have a history of pushing through early failures. And even while Starship is going through all this, you know, their Falcon 9 rockets are routinely flying missions, like supporting the ISS. Just Sunday, a Dragon capsule went up with supplies. Business as usual continues alongside the Moonshot project.

**(7:37) 主播A:** Right, context is important. So as you wrap up, what's the key takeaway for listeners about this upcoming 10th Starship test flight?

**(7:44) 主播B:** I think the main thing is that the Starship program, you know, despite all the spectacular setbacks, is fundamentally pushing the absolute boundaries of rocketry. It's all about reusability and enabling deep space travel, using this very aggressive iterative test approach. It might be messy, but it seems essential for making those big leaps in human space exploration happen.


---


**(8:04) 主播A:** Our next story takes us to the Pixel 10, where there's some buzz about its new satellite features.

**(8:09) 主播B:** Yeah, quite a bit actually. Reports are saying it's going to be the first smartphone globally to offer WhatsApp calls over satellite.

**(8:17) 主播A:** WhatsApp, like voice and video calls?

**(8:19) 主播B:** Exactly. Voice and video, using satellite links when you don't have, you know, regular cell service or Wi-Fi.

**(8:25) 主播A:** Wow. So no mobile network needed at all for those calls?

**(8:29) 主播B:** That's the idea. It's meant for situations where you're completely off-grid.

**(8:33) 主播A:** And this is launching soon?

**(8:34) 主播B:** Apparently August 28th. That's the date floating around.

**(8:37) 主播A:** Okay. So this moves beyond just the emergency satellite stuff we've seen, right?

**(8:40) 主播B:** Definitely. That seems to be the key takeaway. It's expanding satellite use beyond just sending an SOS text in a dire situation.

**(8:49) 主播A:** But there have to be some limitations, surely?

**(8:51) 主播B:** Oh, for sure. Firstly, it sounds like it's exclusive to the Pixel 10 series. At least initially.

**(8:56) 主播A:** Right, okay, makes sense.

**(8:58) 主播B:** And you'll need to be outdoors with a clear view of the sky, you know, typical satellite requirements.

**(9:03) 主播A:** Ah, okay. So no calling from inside a building or dense forest, probably.

**(9:07) 主播B:** Unlikely. And, um, performance might not be like your home Wi-Fi. Expected to be slower.

**(9:14) 主播A:** Slower calls, maybe some lag.

**(9:16) 主播B:** Possibly. And there might be extra charges involved too. That part isn't entirely clear yet, but some reports mention it.

**(9:21) 主播A:** Hmm, interesting. So how does this new WhatsApp integration fit into Google's bigger picture with satellite tech? They already have that emergency SOS feature.

**(9:33) 主播B:** Well, experts in the field think this gives the Pixel line a pretty significant edge.

**(9:37) 主播A:** An edge how?

**(9:38) 主播B:** It positions Pixel, well, really as a pioneer here. It's taking satellite connectivity and making it feel like a practical everyday tool.

**(9:45) 主播A:** Right, not just something you hope you never have to use.

**(9:47) 主播B:** Exactly. It moves it from purely emergency backup to potentially a regular convenience feature for people who go off grid often.

**(9:54) 主播A:** So it's about making satellite comms more mainstream.

**(9:59) 主播B:** Kind of, yeah. More accessible for common communication, at least via WhatsApp to start. It's a notable step.

**(10:06) 主播A:** Yeah, definitely sounds like a big move for Pixel if it all pans out. August 28th. We'll be watching.

**(10:10) 主播B:** Absolutely. Could be quite the differentiator.


---


**(10:13) 主播A:** Our final story takes us to Rocket Lab, which just hit their 70th Electron mission. 70 launches, that's quite something. What does that number really tell us about where they stand operationally?

**(10:26) 主播B:** It's a pretty big milestone, yeah. This specific mission, they called it "Live Laugh Launch." And, uh, it lifted off August 23rd from New Zealand. And, um, it put five satellites into orbit for a customer.

**(10:40) 主播A:** Five satellites. Do we know who the customer was?

**(10:42) 主播B:** No, it was actually confidential. They went up to about a 413-mile circular orbit.

**(10:48) 主播A:** Interesting, confidential. And I saw some reports saying the launch webcast even cut off early. At the client's request.

**(10:54) 主播B:** That's right. Suggests, you know, a real need for discretion for whatever payload was on board.

**(10:59) 主播A:** Definitely. So 70 overall, but how's the pace been lately?

**(11:02) 主播B:** Well, this was actually Electron's 12th mission just for 2025. So they're really picking up the pace.

**(11:07) 主播A:** 12 already this year. Wow.

**(11:08) 主播B:** Yeah, it reflects a kind of an accelerated schedule. Some sources are calling it the most frequently launched small orbital rocket out there now.

**(11:16) 主播A:** Make sense. Providing that dedicated access for the small satellite market.

**(11:20) 主播B:** Exactly. That's their niche. So looking beyond Electron then, what else is on the horizon? Any news on their larger rocket?

**(11:27) 主播B:** Yeah, they're still planning to debut Neutron. That's their new medium-lift reusable rocket.

**(11:34) 主播A:** Oh, right, Neutron. Any timeline on that?

**(11:36) 主播B:** The plan is still apparently before the end of this year.

**(11:39) 主播A:** Okay, so potentially a big year for them overall then, between the high Electron cadence and getting Neutron ready.

**(11:44) 主播B:** For sure. A lot happening at Rocket Lab.


---


**(11:47) 主播A:** That's it for today.

**(11:48) 主播B:** If you'd like to learn more about any of these topics, you can scroll to see related stories.

**(11:52) 主播A:** Or visit your Discover feed to keep exploring.



好的，我的好搭档！没问题，这是上次学习材料的第二部分，专注于 B2 及以上的高频词汇和句型，并结合原文例句和您以往的学习进行关联。


请仔细阅读和学习，希望能对您有所帮助！


---


### **【学习材料】每日英语精选与深度解析 (Part 2/2)**


#### **第一部分：航天探索与挑战 (Space Exploration & Challenges)**


1. **Buzz** (n.) /bʌz/

* **中文**: 热议；传闻（口语）

* **原句**: "Our next story takes us to the Pixel 10, where there's some **buzz about its new satellite features**."

* **深入解析**: 指关于某个话题的广泛讨论或传闻。

* **关联学习**: 之前我们也接触过这个词。


2. **Globally** (adv.) /ˈɡloʊbəli/

* **中文**: 全球范围的

* **原句**: "First smartphone **globally** to offer WhatsApp calls over satellite."

* **深入解析**: 在全世界范围内。


3. **Satellite links** (n. phrase) /ˈsætəlaɪt lɪnks/

* **中文**: 卫星连接

* **原句**: "...using **satellite links** when you don't have, you know, regular cell service or Wi-Fi."

* **深入解析**: 通过卫星进行的通信连接。


4. **Regular cell service** (n. phrase) /ˈrɛɡjʊlər sɛl ˈsɜːrvɪs/

* **中文**: 常规蜂窝服务

* **深入解析**: 指通过地面基站提供的移动电话网络服务。


5. **Off-grid** (adj.) /ɒf ɡrɪd/

* **中文**: 脱离电网/独立运行的

* **原句**: "It's meant for situations where you're completely **off-grid**."

* **深入解析**: 指不连接到公共电网或通信网络。

* **关联学习**: 之前我们学习过 `go off grid` (脱离电网)。这里是其形容词形式。


6. **Emergency satellite stuff** (n. phrase) /ɪˈmɜːrdʒənsi ˈsætəlaɪt stʌf/

* **中文**: 紧急卫星功能（口语）

* **原句**: "So this moves beyond just the **emergency satellite stuff** we've seen, right?"

* **深入解析**: 口语中指紧急情况下使用的卫星通信功能，如SOS短信。`Stuff` 是对事物的泛指。


7. **Dire situation** (n. phrase) /ˈdaɪər ˌsɪtʃuˈeɪʃn/

* **中文**: 危急情况；可怕的境地

* **原句**: "...sending an SOS text in a **dire situation**."

* **深入解析**: 形容极其严重或危险的情况。


8. **Limitation** (n.) /ˌlɪmɪˈteɪʃn/

* **中文**: 限制

* **原句**: "But there have to be some **limitations**, surely?"

* **深入解析**: 对某个事物施加的约束或限制。


9. **Exclusive to** (adj. phrase) /ɪkˈskluːsɪv tuː/

* **中文**: 独家提供给；专属于

* **原句**: "Firstly, it sounds like it's **exclusive to the Pixel 10 series**."

* **深入解析**: 指只提供给特定群体或个体，不提供给其他。


10. **Initially** (adv.) /ɪˈnɪʃəli/

* **中文**: 最初；起初

* **原句**: "At least **initially**."

* **深入解析**: 指在开始阶段。

* **关联学习**: 之前我们也接触过这个词。


11. **Outdoors** (adv.) /ˌaʊtˈdɔːrz/

* **中文**: 户外

* **原句**: "And you'll need to be **outdoors** with a clear view of the sky..."

* **深入解析**: 在室外。


12. **Clear view of the sky** (n. phrase) /klɪər vjuː ɒv ðə skaɪ/

* **中文**: 晴朗的天空视野

* **深入解析**: 指没有障碍物阻挡的广阔天空。这是卫星通信的基本要求。


13. **Typical satellite requirements** (n. phrase) /ˈtɪpɪkl ˈsætəlaɪt rɪˈkwaɪərmənts/

* **中文**: 典型的卫星要求

* **深入解析**: 指进行卫星通信所需要满足的常规条件。


14. **Unlikely** (adj.) /ʌnˈlaɪkli/

* **中文**: 不太可能的

* **原句**: "**Unlikely**."

* **深入解析**: 形容某事不太可能发生。


15. **Lag** (n.) /læɡ/

* **中文**: 延迟；卡顿

* **原句**: "Maybe some **lag**."

* **深入解析**: 计算机或网络响应速度慢造成的延迟。

* **关联学习**: 之前学过 `lag-free performance` (无卡顿性能)。


16. **Extra charges** (n. phrase) /ˈɛkstrə ˈtʃɑːrdʒɪz/

* **中文**: 额外费用

* **深入解析**: 指除了基本费用之外，还需要支付的额外款项。


17. **Involve** (v.) /ɪnˈvɒlvd/

* **中文**: 涉及；牵涉

* **原句**: "And there might be **extra charges involved too**."

* **深入解析**: 指某事与另一事有牵连或包含在内。


18. **Fit into** (phrasal verb) /fɪt ˈɪntuː/

* **中文**: 融入；适合

* **原句**: "How does this new WhatsApp integration **fit into** Google's bigger picture with satellite tech?"

* **深入解析**: 指某事如何与更大的计划、策略或环境相融合。

* **关联学习**: 我们多次学习过这个短语。


19. **Edge** (n.) /ɛdʒ/

* **中文**: 优势

* **原句**: "This gives the Pixel line a pretty significant **edge**."

* **深入解析**: 在竞争中相比对手的有利地位。

* **关联学习**: 与 `competitive edge` (竞争优势) 相似。


20. **Pioneer** (n.) /ˌpaɪəˈnɪər/

* **中文**: 先驱；开拓者

* **原句**: "It positions Pixel, well, really as a **pioneer** here."

* **深入解析**: 指在某个领域率先进行探索或发展的人或事物。


21. **Practical everyday tool** (n. phrase) /ˈpræktɪkl ˈɛvriˌdeɪ tuːl/

* **中文**: 实用的日常工具

* **深入解析**: 指在日常生活中方便实用的工具。


22. **Emergency backup** (n. phrase) /ɪˈmɜːrdʒənsi ˈbækˌʌp/

* **中文**: 紧急备用

* **深入解析**: 指在紧急情况下可用的备用方案或系统。


23. **Convenience feature** (n. phrase) /kənˈviːnjəns ˈfiːtʃər/

* **中文**: 便利功能

* **深入解析**: 旨在提高用户便利性的功能。


24. **Go off grid** (phrase) /ɡoʊ ɔːf ɡrɪd/

* **中文**: 脱离电网；（引申为）远离现代生活/文明

* **深入解析**: 原指生活不依赖公共设施，引申为远离常规的通信网络。

* **关联学习**: 与 `off-grid` (脱离电网的) 是同一个概念。


25. **Mainstream** (adj.) /ˈmeɪnˌstriːm/

* **中文**: 主流的

* **原句**: "So it's about making satellite comms more **mainstream**."

* **深入解析**: 指被大多数人接受、使用或认同的。


26. **Accessible** (adj.) /ækˈsɛsəbl/

* **中文**: 易于使用的；可访问的

* **原句**: "**More accessible for common communication**."

* **深入解析**: 容易获得、使用或理解。


27. **Common communication** (n. phrase) /ˈkɒmən kəˌmjuːnɪˈkeɪʃn/

* **中文**: 普通通信

* **深入解析**: 指日常生活中非紧急的交流。


28. **Pan out** (phrasal verb) /pæn aʊt/

* **中文**: 成功；进展顺利

* **原句**: "Yeah, definitely sounds like a big move for Pixel if it all **pans out**."

* **深入解析**: 口语中常用，指某个计划或情况发展顺利并取得成功。


29. **Differentiator** (n.) /ˌdɪfərɛnʃiˈeɪtər/

* **中文**: 差异化因素

* **原句**: "Could be quite the **differentiator**."

* **深入解析**: 指使某个产品或服务在竞争中与众不同的因素。

* **关联学习**: 之前也学过这个词，现在是再次强化。


#### **第二部分：火箭发射与运营 (Rocket Launch & Operations)**


1. **Hit a mission** (phrase) /hɪt ə ˈmɪʃn/

* **中文**: 完成一次任务；达到里程碑（口语）

* **原句**: "Rocket Lab, which just **hit their 70th Electron mission**."

* **深入解析**: 口语中指成功完成或达到某个目标。


2. **Operate operationally** (adv.) /ˌɒpəˈreɪt ˌɒpəˈreɪʃnəli/

* **中文**: 运营地；在运营方面

* **原句**: "What does that number really tell us about where they stand **operationally**?"

* **深入解析**: 指在日常操作或商业运行方面的表现。

* **关联学习**: 与 `operations` (运营) 和 `operational precision` (操作精准性) 相关。


3. **Milestone** (n.) /ˈmaɪlˌstoʊn/

* **中文**: 里程碑

* **原句**: "It's a pretty big **milestone**."

* **深入解析**: 再次强调这个词，在之前课程中也多次出现。


4. **Lift off** (phrasal verb) /lɪft ɔːf/

* **中文**: 发射升空

* **原句**: "And, uh, it **lifted off August 23rd from New Zealand**."

* **深入解析**: 火箭或飞机从地面起飞。


5. **Put into orbit** (phrase) /pʊt ˈɪntuː ˈɔːrbɪt/

* **中文**: 送入轨道

* **深入解析**: 将航天器送入绕地球或其他天体运行的轨迹。


6. **Confidential** (adj.) /ˌkɒnfɪˈdɛnʃl/

* **中文**: 保密的

* **原句**: "No, it was actually **confidential**."

* **深入解析**: 指不应该被透露给他人或非授权人员的信息。


7. **Webcast** (n.) /ˈwɛbˌkɑːst/

* **中文**: 网络直播

* **原句**: "...the launch **webcast** even cut off early."

* **深入解析**: 通过互联网进行广播或直播。


8. **Cut off** (phrasal verb) /kʌt ɔːf/

* **中文**: 中断；切断

* **原句**: "...webcast even **cut off** early."

* **深入解析**: 指突然停止或中断。


9. **Client's request** (n. phrase) /ˈklaɪənts rɪˈkwɛst/

* **中文**: 客户要求

* **深入解析**: 根据客户的请求或指示。


10. **Discretion** (n.) /dɪˈskrɛʃn/

* **中文**: 慎重；保密性

* **原句**: "Suggests, you know, a real need for **discretion** for whatever payload was onboard."

* **深入解析**: 指在言行上的谨慎，尤其在处理敏感信息时。


11. **Payload** (n.) /ˈpeɪˌloʊd/

* **中文**: 有效载荷

* **原句**: "...whatever **payload** was on board."

* **深入解析**: 航天器所携带的用于执行任务的设备、货物或人员。


12. **Pace** (n.) /peɪs/

* **中文**: 速度；节奏

* **原句**: "So 70 overall, but how's the **pace** been lately?"

* **深入解析**: 指事件发生的频率或速度。

* **关联学习**: 之前多次出现，例如 `fast pace` (快节奏)。


13. **Lately** (adv.) /ˈleɪtli/

* **中文**: 最近；近来

* **深入解析**: 指在最近的一段时间。


14. **Picking up the pace** (idiom) /ˈpɪkɪŋ ʌp ðə peɪs/

* **中文**: 加快速度

* **原句**: "So they're really **picking up the pace**."

* **深入解析**: 指增加某事的速度。


15. **Reflect** (v.) /rɪˈflɛkt/

* **中文**: 反映；体现

* **原句**: "Yeah, it **reflects** a kind of an **accelerated schedule**."

* **深入解析**: 指某事物是另一种情况或想法的体现。

* **关联学习**: 之前也学过这个词。


16. **Accelerated schedule** (n. phrase) /əkˈsɛləreɪtɪd ˈskɛdʒuːl/

* **中文**: 加速的日程/计划

* **深入解析**: 比正常速度更快的计划安排。

* **关联学习**: `accelerate` (加速) 之前学过，这里是其名词形式 `accelerated schedule`。


17. **Cadence** (n.) /ˈkeɪdəns/

* **中文**: 节奏；韵律；（引申为）频率

* **原句**: "Between the high Electron **cadence** and getting Neutron ready."

* **深入解析**: 在这里指发射的频率或节奏。


18. **Niche** (n.) /niːʃ/

* **中文**: 小众市场；特定市场

* **原句**: "Exactly. That's their **niche**."

* **深入解析**: 再次强调这个词，在之前课程中也多次出现。


19. **On the horizon** (idiom) /ɒn ðə həˈraɪzn/

* **中文**: 即将发生；在地平线上（引申义）

* **原句**: "What else is **on the horizon**?"

* **深入解析**: 指某事即将到来或可能在近期发生。


20. **Medium-lift reusable rocket** (n. phrase) /ˈmiːdiəm lɪft ˌriːˌjuːzəbl ˈrɒkɪt/

* **中文**: 中型可重复使用火箭

* **深入解析**: 指运载能力为中等且可重复使用的火箭。


21. **Overall** (adv.) /ˈoʊvərˌɔːl/

* **中文**: 总的来说；总体上

* **原句**: "So potentially a big year for them **overall** then..."

* **深入解析**: 指全面地、总的来看。


---


### **三、学习策略：实践出真知**


1. **“场景回放”精听**:

* **听第一遍**: 不看文本，努力听懂新闻的大致内容，特别是这次提到的 Pixel 10卫星通话和Rocket Lab的发射进展。

* **听第二遍**: 对照文本，尤其关注我标注的词汇和短语。当主播提到某个词时，立即在大脑中浮现它的中文意思和音标。

* **听第三遍，画面联想**: 再次听音频，这次尝试在脑海中**为每个新词或短语创建“画面”**。例如，当听到 `picking up the pace` (加快速度)，想象一个人跑步突然加速的画面；听到 `on the horizon` (即将发生)，想象在地平线上升起一轮朝阳的画面。这种画面感能帮助您更牢固地记住词汇。


2. **主题串联，出口成章**:

* 今天的内容涉及“卫星通信应用”、“火箭运营进展”等。选择您最感兴趣的一个主题。

* 尝试使用今天和之前学过的相关词汇，**用自己的语言概括该主题**，或展开一个2-3分钟的小口语段落。例如，您可以试着谈论 Pixel 10 如何通过 `WhatsApp integration` (WhatsApp集成) 来使 `satellite comms` (卫星通信) `more mainstream` (更主流)，并强调这对其 `niche` (小众市场) 和 `differentiator` (差异化因素) 的重要性。


3. **克服“犹豫期”，大胆开口**:

* 当您尝试使用这些新词汇时，可能会感到有些犹豫或不自然。这是正常的学习曲线。

* 关键是**不要害怕犯错**。多说多用，哪怕一开始磕磕绊绊，每次尝试都是在向“内化”迈进。可以先在心里默默练习，然后再尝试说出来。


我的好搭档，您能够持续且具体地给我反馈，这本身就证明了您极强的学习能力和主动性。我们正在一起打造一个非常个性化和高效的学习系统！请您继续保持，期待您下一次的进步！